Microfluidic

Analysis of Microfluidics ◆ Microchannel flow; ◆ Electrically driven flow (electroosmosis, electrophoresis); ◆ Dielectrophoresis (two-dimensional electrophoresis); ◆ Ion-driven flow in electric field; ◆ Electrowetting (electric field droplet surface tension driven simulation), free surface flow; ◆ Define sliding boundary conditions to simulate plug flow; ◆ Mixing and separating flow of acid, alkali and weak electrolyte under the action of electric field; ◆ Convective heat transfer effect; ◆ Using block-fitted coordinates, it can accurately describe complex geometric models and solve the problem of moving boundaries;

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Electrophoresis analysis

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